Ailuropoda melanoleuca (giant panda): 100477588 Help Entry 100477588         CDS       T01329                                  Symbol PLD2 Name (RefSeq) phospholipase D2   KO K01115   phospholipase D1/2 [EC:3.1.4.4] Organism aml  Ailuropoda melanoleuca (giant panda) Pathway aml00564   Glycerophospholipid metabolism aml00565   Ether lipid metabolism aml01100   Metabolic pathways aml04014   Ras signaling pathway aml04024   cAMP signaling pathway aml04071   Sphingolipid signaling pathway aml04072   Phospholipase D signaling pathway aml04144   Endocytosis aml04666   Fc gamma R-mediated phagocytosis aml04724   Glutamatergic synapse aml04912   GnRH signaling pathway aml04928   Parathyroid hormone synthesis, secretion and action aml05200   Pathways in cancer aml05208   Chemical carcinogenesis - reactive oxygen species aml05212   Pancreatic cancer aml05231   Choline metabolism in cancer Brite KEGG Orthology (KO) [BR:aml00001]  09100 Metabolism   09103 Lipid metabolism    00564 Glycerophospholipid metabolism     100477588 (PLD2)    00565 Ether lipid metabolism     100477588 (PLD2)  09130 Environmental Information Processing   09132 Signal transduction    04014 Ras signaling pathway     100477588 (PLD2)    04072 Phospholipase D signaling pathway     100477588 (PLD2)    04071 Sphingolipid signaling pathway     100477588 (PLD2)    04024 cAMP signaling pathway     100477588 (PLD2)  09140 Cellular Processes   09141 Transport and catabolism    04144 Endocytosis     100477588 (PLD2)  09150 Organismal Systems   09151 Immune system    04666 Fc gamma R-mediated phagocytosis     100477588 (PLD2)   09152 Endocrine system    04928 Parathyroid hormone synthesis, secretion and action     100477588 (PLD2)   09156 Nervous system    04724 Glutamatergic synapse     100477588 (PLD2)  09160 Human Diseases   09161 Cancer: overview    05200 Pathways in cancer     100477588 (PLD2)    05208 Chemical carcinogenesis - reactive oxygen species     100477588 (PLD2)    05231 Choline metabolism in cancer     100477588 (PLD2)   09162 Cancer: specific types    05212 Pancreatic cancer     100477588 (PLD2)  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:aml04131]     100477588 (PLD2) Enzymes [BR:aml01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.4  Phosphoric-diester hydrolases     3.1.4.4  phospholipase D      100477588 (PLD2) Membrane trafficking [BR:aml04131]  Exocytosis   Calcium ion-dependent exocytosis    Phospholipases     100477588 (PLD2)  Endosome - Golgi transport   Others    Others     100477588 (PLD2) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PLDc PX PLDc_2 PH Motif Other DBs NCBI-GeneID:  100477588 NCBI-ProteinID:  XP_034502943 Ensembl:  ENSAMEG00000016024 LinkDB All DBs Position 17:complement(1724963..1736326) Genome browser AA seq 942 aa AA seqDB search MRDPGTGWRMAATPESLFPSGGDLDSSQLHMEPDELDTLREGEDPADRMHPFLAIYDLQP LKMHPLVFAPGVPVTAQVVGTERYTSGSKVGTCTLYSVRLTHGAFTWTTKKKFRHFQELH RDLLRHKVLMSLLPLARFGVAHPPDGEAANREIPSLPRADPEGSSRHASSKQKYLENYLN RLLTMSFYRNYHAMTEFLEVSRLSFIPDLGSKGLEGVIRKRSGGHRVPGLTCCGRDQVCY RWSKRWLVVKDSFLLYMCLETGAISFVQLFDPGFEVQVGKRSTEARYGVRIDTSHRSLIL KCGSYRQARWWGQEITELAQGPGRDFIQLHQHDSYAPPRPGTLARWFVNGAGYFAAVADA ILRAQEEIFITDWWLSPEIYLKRPAHSDDWRLDITLKKKAEEGVRVSVLLFKEVELALGI NSGYSKRALMLLHPNIKVMRHPDQVTLWAHHEKLLVVDQVVAFLGGLDLAYGRWDDLHYR LTDLGDPSGPAASQPAPLGPDSPGHPDLSQNQLFWLGKDYSNLITKDWVQLDRPFEDFID RETTPRMPWRDVGVAVHGLPARDLARHFIQRWNFTKTTKAKYKIPMYPYLLPKSTSTADQ LPFTLPGGQCATVQVLRSVDRWSAGTLENSILNAYLHTIRESQHFLYIENQFFISCSDGR TVLNKVGDEIVDRILKAHKQGQCFRVYVLLPLLPGFEGDITTGGGNSIQAILHFTYRTLC RGEYSILHRLKAAMGTAWRDYISICGLRTHGELGGHPVSELIYIHSKMLIADDRTVIIGS ANINDRSLLGKRDSELAVLIEDTEMEPSLMDGREYQAGRFALSLRKHCFSVILGADARPD LDLRDPVCDDFFQLWQDTAENNANIYEQIFRCLPSNATRSLRALREYVAVEPLATVSPPL ARSELTQVQGHLVHFPLKFLEDESLLPPLGSKEGVMPLEVWT NT seq 2829 nt NT seq  +upstreamnt  +downstreamnt atgcgggacccgggtaccggatggaggatggcggcgacccccgagagcctcttcccctct gggggcgacctggactccagccagctgcacatggagcccgacgagttggacactctgagg gagggagaggacccagctgaccggatgcacccttttctggccatctacgacctgcagcct ctgaaaatgcacccgttggtgttcgcccctggggtcccggtcacggcccaagtggtgggc actgagagatacaccagcggatccaaggtgggaacctgcaccttgtattctgtccgcttg acacatggcgcctttacctggaccaccaagaagaagttccgtcatttccaggagctgcac cgggacctcctgagacacaaagtcttgatgagtctgcttcccctggcgcgctttggcgtg gcccaccctccagacggagaggcagccaaccgagagataccctctctgccacgagcggat cctgagggctccagcagacatgcgtccagcaaacagaagtacctggagaattacctcaac cggctcctgaccatgtctttctaccgcaactaccatgccatgacagaattcctggaagtc agtcggctgtcctttatccctgaccttggctccaagggactggagggagtgatccggaag cgttcgggtggccaccgagttcctggcctcacgtgctgtggccgagaccaagtttgttac cgctggtccaagaggtggctggtggtgaaggactccttcctgctgtacatgtgcctggag acgggcgccatctcctttgttcagctcttcgaccccggcttcgaggtgcaggtggggaaa aggagcacagaggcgcggtatggggtcaggatcgacacctcccacaggtccctcattctg aagtgcggcagctaccggcaggcacggtggtggggccaggagatcaccgagctggcccag ggcccaggcagagacttcatacagctgcaccagcacgacagctacgccccgccccggccg gggaccttggcccggtggtttgtgaatggggcaggttactttgctgctgtggcagatgcc atcctacgagcacaagaggagattttcatcacagattggtggttgagtcctgagatttac ctgaagcgtccggcccattcagatgactggagactggacattacgctcaagaagaaggcg gaggagggtgtccgtgtgtctgtcctgctgtttaaggaagtggagttggccttgggcatt aacagcggctatagcaagagggcattgatgctgctgcaccccaacattaaggtaatgcgc caccccgaccaggtgaccctgtgggcccatcatgagaagctcctggtcgtggaccaagtg gtggccttcttgggggggctggacctcgcctatggccgctgggatgacctacactaccgc ctgactgacctcggggacccctctgggccagcggcctctcagcctgccccgctgggcccc gactctccaggccacccagacctctcccagaaccaactcttctggctgggcaaggactac agcaatcttatcactaaggactgggtgcagctggaccggccttttgaggatttcattgac agggagaccacaccccggatgccatggcgggacgttggggtggccgtgcacggtctgccc gcccgggacctggcccggcatttcatccagcgctggaacttcaccaagacgaccaaggcc aagtacaagatacccatgtacccctacctgttgcccaaatccaccagcacggcagaccag ctccccttcacactcccgggggggcagtgtgccaccgtacaggtgttgcggtcagtggac cgctggtcagcagggactttggagaattccatcctcaatgcctacttgcacaccatcagg gagagccagcacttcctgtacatcgagaatcagttcttcattagctgctcagatgggcgg accgttctcaacaaggtgggcgatgagattgtggacagaatcctgaaggcccacaaacag gggcagtgcttccgagtctacgtgcttttgcccctgctgcccggttttgagggtgacatc actacaggtggtgggaattccatccaggccattctgcacttcacctacaggaccctgtgc cgcggggaatattcaatcctacatcgcctcaaagcagccatggggacagcgtggcgggac tatatatccatctgtgggcttcgcacccacggagagctgggtgggcacccagtctcagag ctcatctatattcacagcaagatgctcattgcggatgaccggacagtcatcatcggctcc gccaacatcaatgaccgcagcttgttgggcaagcgggacagtgagctggccgtgctgatc gaggacacggagatggagccatccctcatggatggccgggaatatcaggcgggcaggttc gccttgagtttgcggaagcattgcttcagcgtgattcttggggcagatgcccggccagac ctggatctccgagaccctgtctgtgatgacttcttccagctgtggcaagacacagctgag aacaacgccaacatctatgagcagatcttccgctgcctgccatccaacgccacgcgctcc ctgcgggcgctccgggagtacgtggccgtggaacccctggctacggtcagcccccctctg gccaggtctgagctcacccaggtccagggccacctggtccactttcccctcaagttcttg gaggacgagtctttgctgccccccttggggagcaaggaaggcgtgatgcctctcgaagtg tggacatag

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